1) CO 2-3
CO2-3
2) CO 2-3substitution
CO2-3替代
3) CO 2-3 substituted
CO2-3离子替换
4) carbon dioxide
CO2
1.
The catalytic performance of PhTMG was evaluated in the reaction for synthesis of diethylene glycol bis(allyl carbonate) (ADC) via carbon dioxide route and the highest yield of ADC was 95.
考察了PhTMG对以二甘醇(DEG)、氯丙烯(ACH)和CO2为原料合成二甘醇双烯丙基碳酸酯(ADC)反应的催化性能,ADC的最高收率为95。
2.
Supercritical fluids and the basic principle of extraction technology by using supercritical carbon dioxide were introduced in this paper,and the research and applications of supercritical carbon dioxide in the extraction of vegetable oils have been reviewed detailedly.
详细地阐述了超临界CO2萃取技术在萃取植物油脂中的研究和应用现状,并展望了超临界萃取技术发展和应用前景。
3.
Huge number of greenhouse gas emission of carbon dioxide(CO2),which leads to global warming,is accelerating the rising temperature and the climate change on the Earth.
人类大量排放的CO2温室气体使全球气候变暖,其幅度已经超出了地球本身自然变动的范围,对人类的生存和社会经济的发展构成了严重的威胁。
5) CO_2
CO2
1.
Batch incubation experiments in aid of anaerobic incubation flask were conducted to study the anaerobic degradation and volatilization of hexachlorobenzene(HCB),the change of pH in soil,the emission of CH_4 and CO_2,and the volatilization of HCB in the Hydragric Acrisol and Gleyi-Stagnic Anthrosol added with acetic acid,glucose and citric acid.
结果表明,8周内红壤性水稻土中HCB减少了约20%~44%,加入乙酸抑制HCB的降解,表明低pH条件不利于脱氯反应,加入葡萄糖和柠檬酸在前期抑制后期则促进HCB的降解;乌栅土中HCB减少了约21%~23%,加入小分子有机质对其降解没有明显的效果;六氯苯降解的主要产物为五氯苯(PCB),最终检测到红壤性水稻土中PCB为23~96μg/kg,乌栅土中为64~92μg/kg;HCB的降解与CH4和CO2的释放量在统计学上没有显著的相关性;2种土壤中,外加小分子有机碳均减少了HCB的挥发作用,且红壤性水稻土中HCB的挥发比乌栅土中更强,表明土壤有机质是影响HCB挥发的重要因子。
2.
In all of these released gases,CO_2 has the worst effect on our climate than the other,it has become the biggest obstacle of coal-burned electronic power plant's development.
其中,CO2的排放对气候的负面影响十分巨大,成为燃煤电厂发展的瓶颈问题之一。
3.
The analysis was given on the absorption of CO_2 in flue gas with ammonia to produce ammonium bicarbonate,including the source of ammonia,the supplementary CO_2 discharge during the production of ammonia,and the absorption of ammonium bicarbonate by plants in the soil.
对以氨吸收电厂烟道气中CO2生产碳酸氢铵的技术可行性进行了分析,并从氨的来源、各种合成氨工艺的能源消耗、附带CO2排放情况和碳酸氢铵在土壤中被植物吸收情况等方面进行了综合分析。
6) CO 2
CO2
1.
A fast method for the analyses of gaseous hydrocarbon,CO 2 and H 2 S in gasoline and naphtha by gas chromatograph with multidimensional packed columns was developed.
采用汽油直接进样, 校正归一化法定量, 测定汽油中CO2、H2S和各气体烃组分的含量, 完成一个样品的分析仅需22 min。
2.
CO 2 is a kind of low chemical potential substance for it is a final oxidation product of organics.
CO2 是有机物氧化的最终产物 ,是一种低“化学势”物质 ,如何有效地将其转化为有用的化工资源 ,十分重要。
3.
In addition to natural existence,large mount of CO 2 is produced as byproducts in the production process in either chemical indus try such as synthesis ammonia plant,petrifaction plant and refinery etc.
除天然CO2外,其大量为化工行业合成氨厂、石化厂、炼油厂和发酵行业酒精厂、啤酒厂生产过程的副产物。
补充资料:(betab-5-11)-iron carbonyl (fe(co)5
CAS:13463-40-6
分子式:C5FeO5
分子质量:195.90
中文名称:五羰基铁
英文名称:fer pentacarbonyle;fer pentacarbonyle (french);iron carbonyl;( betab-5-11)-iron carbonyl (fe(co)5;iron carbonyl (fe(co)5), (tb-5-11);iron carbonyl compounds;iron carbonyl fe(co)5;pentacarbonyl-iro;iron pentacarbonyl(as fe);iron,pentacarbonyl-
分子式:C5FeO5
分子质量:195.90
中文名称:五羰基铁
英文名称:fer pentacarbonyle;fer pentacarbonyle (french);iron carbonyl;( betab-5-11)-iron carbonyl (fe(co)5;iron carbonyl (fe(co)5), (tb-5-11);iron carbonyl compounds;iron carbonyl fe(co)5;pentacarbonyl-iro;iron pentacarbonyl(as fe);iron,pentacarbonyl-
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条